TheFischerLab retweeted
We're at it again, but even better! Please join us virtually or in person at St. Jude for 2023 Bringing Chemistry to Medicine! @StJudeResearch bit.ly/BC2M_2023
TheFischerLab retweeted
Like comparing apples to apples, comparing similar proteins can be challenging. Scientists in @TheFischerLab developed a tool to help, which garnered new insights into the chaperone protein HSP90—an essential target in cancer. Read about their work. bit.ly/3LMhQVf
TheFischerLab retweeted
FLEXR uses Ringer-based electron-density sampling to build explicit multi-conformer models for refinement, capturing conformations in ligand-binding sites that were undetected using other methods. #CrystallographicRefinement #ModelBuilding doi.org/10.1107/S20597983230…
TheFischerLab retweeted
Interested in water in ligand binding sites? Our newest paper applies RE-EDS to study the thermodynamics of water networks in protein cavities.
pubs.acs.org/doi/10.1021/acs…
TheFischerLab retweeted
New research from @TheFischerLab published in the Journal of Medicinal Chemistry has revealed distinct targetable hotspots on #HSP90, an important target in cancer. bit.ly/3SRxpwt @ACSBioMed
TheFischerLab retweeted
The Nabet lab @fredhutch is recruiting a highly motivated postdoc to join our supportive/collaborative team! Interested in developing targeted protein degradation technologies and advancing proximity-induced therapeutic strategies? Please RT & apply here: careers-fhcrc.icims.com/jobs…
TheFischerLab retweeted
💥Enhanced sampling strikes again: we used aMD to see a buried apolar cavity open up to solvent, feeding this thermodynamic info to DOCK3.7 we saw some really cool new chemistry that also showed up in the beautiful crystals from Isha Singh 🎉🎉
#compchem #cadd @PNASNews
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TheFischerLab retweeted
🎉 Issue 34 is here! 🎉 Marcus Fischer (@TheFischerLab) et al.'s recent #ChemSciPicks article is featured on the front cover 😍
Read it here ➡️ Temperature artifacts in protein structures bias ligand-binding predictions 🔗 ow.ly/htjA50G2PSZ
📍 @UCIrvine | @StJudeResearch
TheFischerLab retweeted
Scientists are exploring how temperature can change research on protein structures. ow.ly/20wq50FTu0r @ChemicalScience @TheFischerLab #ChemicalBiology
TheFischerLab retweeted
🥳 It is delightful to work at a place that truly believes this, and backs it up with the $$$
Fundamental lab-based research is the engine that drives most advances in medicine. Between 2022-2027, St. Jude will increase faculty members by 22 new hires; continue to invest in shared resources; expand data science; increase @stjudegraduate enrollment. stjude.org/strategic-plan
TheFischerLab retweeted
Nicholls et al.: Modelling covalent linkages in CCP4 #CovalentLinkage #AceDRG #CCP4 ... #IUCr scripts.iucr.org/cgi-bin/pap…
TheFischerLab retweeted
Nicholls et al.: The missing link: covalent linkages in structural models #CovalentLinkage #AceDRG #CCP4MonomerLibrary ... #IUCr scripts.iucr.org/cgi-bin/pap…
TheFischerLab retweeted
I have an open position in my lab at @chalmersuniv (@cse_gbg) for a postdoc. If you are excited about applying and developing ML for science, then please apply by May 31st. #mljobs #postdoc
chalmers.se/en/about-chalmer…
TheFischerLab retweeted
Very proud of our new @J_A_C_S paper describing Covalent Ligand Directed Release Chemistry (CoLDR).
Congratulations @reddi78 and team for adding a new electrophile modality to the arsenal.
Twittorial below. 1/n
pubs.acs.org/doi/full/10.102…
TheFischerLab retweeted
Water can make all the difference when it comes to helping ensure a protein can do its job. ow.ly/cd9p50xgb74 @TheFischerLab #ligand




















